基于GIS技术的广园快速路数字化管理系统研究

首先介绍了“数字广园”概况及建立GIS平台的意义,接着介绍了相关的技术路线以及实现的业务功能。利用GIS技术建立“数字广园”系统,实现了交通信息与地图的有机结合,进行可视化、智能化、高效率的指挥管理,为广园路管理部门和规划部门等相关部门提供准确、直观的决策信息,大大加快广园快速路信息化的步伐。     

南京汤山猿人洞穴的形成及发展过程

从岩性、构造、洞穴特征等方面对汤山猿人洞穴的成因，发展过程进行了分析，揭示了洞穴形成的主要控制因素和多期复合成因的形成特点，并对洞内沉积物、南京人化石的形成及保存条件进行了初步的探讨。     

江西安远园岭寨矿区钼矿床地质特征及矿床成因探讨

园岭寨矿区泥竹塘区段钼矿床是江西境内发现的最大斑岩型钼矿,现探明储量属超大型.矿体赋存于花岗斑岩体内外接触带中,呈大透镜状、似层状.矿体厚度巨大,最大达456.57 m,最薄52 m,平均227.8 m,矿床平均品位0.067％.本文重点阐述矿床的地质特征及矿床成因探讨,并对矿区的构造及成矿机制进行分析,提出深部具有隐伏爆破角砾岩筒.而北东向及北西西向断裂是矿区的控岩构造,控制了隐爆角砾岩简及花岗斑岩体的侵入、就位,且导致花岗斑岩体周边50～450m内不同方向的成矿节理极为发育,为本区钼矿床提供了良好的储矿空间.     

“校企园共栖”人才培养模式创新的研究与实践——以测绘地理信息技术专业为例

校企合作一直是高职院校人才培养机制创新的重要平台,而传统的校企合作模式存在着各种问题和弊端,本文以学校、测绘地理信息产业园及园区企业三者结合为例,提出"校企园共栖"人才培养模式,形成"项目教学、社会服务"的综合运作机制,构建校企园合作育人平台,解决人才培养与产业需求脱节、缺乏校企合作长效机制、教师难以开展社会服务等问题,对促进职业教育与区域经济协调发展具有重要意义。     

梅县小庄园模式能流分析及综合效益评价

以两个家庭农场所采用的小庄园模式为研究对象,对其流状况进行了系统分析,并与结构单一的传统种植业模式对比进行综合效益分析和评价,以期为三高农业生态系统模式提供理论依据。     

园曲线测设中特殊情况的处理方法

近年来,随着旅游建筑、公共建筑的发展,在施工测量中经常遇到各种平面图形比较复杂的建筑物和构筑物,有的整个建筑为园弧形;有的建筑物是由一组或数组园弧曲线与其它平面图形组合而成。因此,需要测设园曲线。园曲线测设最基本的方法有偏角法、直角坐标法和弦线支距法等。下面,就直角坐标法,以及在实际工作中遇到的特殊情况的测设方法,谈一下自己的看法。     

深圳旅游房地产的发展过程和影响因素分析——以深圳观澜豪园为例

从旅游房地产的概念界定入手,阐述深圳旅游房地产的发展过程,并以深圳观澜豪园为例,对深圳旅游房地产发展的可行性与制约性因素进行分析,进一步探讨以观澜豪园为例的深圳旅游房地产发展的宏观及微观影响因素,总结出现今深圳旅游房地产发展存在的问题,最后对深圳旅游房地产的特点和发展前景进行了讨论.     

A Participatory GIS Approach to Identify Critical Land Degradation Areas and Prioritize Soil Conservation for Mountainous Olive Groves （Case Study）

Climate change scenarios predict an increase in the frequency of heavy rainfall events in some areas. This will increase runoff and soil erosion, and reduce agricultural productivity, particularly on vulnerable mountainous agricultural lands that is already exhibiting high rates of soil erosion. Haphazard implementation of soil and water conservation （SWC） interventions on scattered fields is inefficient in reducing soil erosion. The objective of this study was to identify areas at high risk of erosion to aid the design and implementation of sustainable SWC using GIS analysis and farmers＇ participation approach. A 25 m digital elevation model （DEM） was used to derive layers of flow accumulation, slope steepness and land curvature, which were used to derive an erosion-risk （priority） map for the whole watershed. Boundaries of farmers＇ fields were mapped and verified by the community and each field was classified into high, moderate or low erosion risk. Fields with low flow accumulation （top of hill） and/or steep slope and/or convex slope were assigned high erosion risk and therefore high implementation priority. The study showed that more than 54% of the fields were classified into high erosion risk areas. Accordingly, a community-watershed plan was established, revised and approved by the community.Incentive loans to implement SWC measures were distributed to 100 farmers based on the priorities of their fields. Judged by local farmers and using 16 randomly selected fields, 90% of the targeted areas were correctly identified using the erosion risk map. After two years, the conservation measures had led to marked improvement of soil conservation. The approach is simple and easy to comprehend by the community and provides scientific basis to prioritize the implementation of SWC and to target the most degraded areas, which amplify the impact of these in reducing the vulnerability to land degradation.